Attestify delivers a platform that continuously verifies AI system outcomes, giving organizations real‑time visibility into risk and impact to support governance and compliance. The service evaluates every operational change against predefined tolerance thresholds and automatically flags or corrects deviations, helping teams stay audit‑ready and avoid costly remediation.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations adopting AI often lack visibility into how model changes affect operational outcomes, leading to hidden risks that surface only after costly failures or regulatory scrutiny. Without continuous monitoring, deviations from expected performance can go unnoticed until they impact business decisions or trigger compliance violations.
Solution
Attestify provides a real‑time governance layer that continuously verifies AI operational outcomes against predefined tolerance thresholds. Each model update or data shift is evaluated instantly, and any breach triggers automated corrective actions to keep performance within acceptable bounds. The platform records every evaluation, delivering measurable impact metrics and continuous proof of compliance. On‑demand audit reports are generated automatically, ensuring organizations can demonstrate regulatory adherence at any time. By surfacing risks immediately, Attestify enables informed decision‑making, accountability, and faster, confidence‑driven AI deployment.
Target Audience
Primary customers are enterprise AI teams, data science and ML engineering groups, and compliance officers in regulated industries that require continuous oversight of model performance.
Features
- Continuous monitoring of AI outputs with configurable tolerance thresholds
- Instant evaluation of every model change or data update
- Automated remediation actions that correct deviations in real time
- Real‑time dashboards showing measurable impact and compliance status
- Automated audit trail generation for on‑demand regulatory reporting
- Integration hooks for CI/CD pipelines and model serving platforms